Non-mechanical thumb retention-and-release security feature for a gun holster

ABSTRACT

This gun holster features a unique security design comprising of a dual retention locking system which includes a non-mechanical thumb retention-and-release system along with a non-mechanical friction engaged trigger guard locking safety feature. The holster is made of a moldable thermoplastic material or any other plastic which allows the non-mechanical thumb retention-and-release system and the friction engaged trigger guard locking safety feature to be customized to each firearm. The dual retention system with no moving parts allows the gun to be released by the owner due to the action that can only be taken by the person wearing the holster due to the positioning of these security features. The unique design of the holster along with the non-mechanical dual retention locking system allows for optimal security of a firearm preventing an accidental or unauthorized extraction of a weapon.

BACKGROUND OF THE INVENTION 1. Field of Invention

The present invention generally relates to safety and security devices for handgun holsters, and more precisely, a holster with a security feature consisting of a non-mechanical double retention locking system with a built-in thumb retention-and-release security feature, along with, a non-mechanical friction engaged trigger guard locking safety feature that's molds to the firearm. The holster prevents accidental and unauthorized extraction of the holstered gun, due to the dual non-mechanical thumb retention-and-release security feature and the friction engaged trigger guard locking system.

2. Background Information

This non-mechanical thumb retention-and-release security feature was thought of, and designed as, a safety feature to prevent accidental and unauthorized extraction of a handgun from a holster. There are other ideas in the marketplace of locking holsters that utilize and rely on a variety of mechanical apparatuses (ex: snaps, springs, screws, buttons, levers, and the like) to hold a gun into a holster; however, these mechanical apparatuses of other said holster designs have a tendency to malfunction and become unsafe for the user. Our design is unique in that there are no mechanical parts added to the holster to help hold the gun in place; our design utilizes the holster material in and of itself, and the security features are built into said holster. The safety and security feature of this design, a non-mechanical thumb retention-and-release security feature and a friction engaged trigger guard locking system, is beneficial for military, law enforcement, and civilians to securely carry handguns.

BRIEF SUMMARY OF THE INVENTION

3. This is a non-mechanical double retention pistol holster designed with a built in thermoplastic (such as Kydex) thumb retention/release, as well as a trigger guard retention for maximum security of the firearm with no failure to lock in place or extract.

DETAILED DESCRIPTION OF THE DRAWINGS PACES 1/7

FIG. 1A is a perspective view of a holster, according to some embodiments.

FIG. 1B is a perspective view of a holster, according to some embodiments.

FIG. 1C is a perspective view of a holster, according to some embodiments.

FIG. 1D is a perspective view of a holster, according to some embodiments.

FIG. 1E is a perspective view of a holster, according to some embodiments.

FIG. 2 is a perspective view of a holster, according to some embodiments.

FIG. 3 is a perspective view of a holster, according to some embodiments.

FIG. 4 is a perspective view of a holster, according to some embodiments.

FIG. 5 is a perspective view of a holster, according to some embodiments.

FIG. 6 is a perspective view of a holster, according to some embodiments.

FIG. 7 is a perspective view of a holster, according to some embodiments.

DISCUSSION OF EMBODIMENTS

4. FIG. 1A

-   -   DEFINITION: 1st Overall perspective drawing of a thermoplastic,         holster with non-mechanical retention-and-release thumb security         feature along with a friction engaged trigger guard lock         security feature, that can be heated and molded to any gun         manufacturer's models illustrates the holster with a firearm         secured.

5. FIG. 1B

-   -   DEFINITION: 2″d Overall perspective drawing of a thermoplastic,         holster with non-mechanical retention-and-release thumb security         feature along with a friction engaged trigger guard lock         security feature, that can be heated and molded to any gun         manufacturer's models. Illustrates the holster demonstrating the         3 layers of thermoplastic it takes to complete the double         retention design.

6. FIG. 1C

-   -   DEFINITION: Overall perspective drawing of a thermoplastic         holster with non-mechanical retention-and-release thumb security         feature along with a friction engaged trigger guard lock         security feature, that can be heated and molded to any gun         manufacturer's' models illustrates the top retention design in a         like fold that retains the top side of the pistol holster.

7. FIG. 1D

-   -   DEFINITION: Overall perspective drawing of a thermoplastic         holster with non-mechanical retention-and-release thumb security         feature along with a friction engaged trigger guard lock         security feature, that can be heated and molded to any gun         manufacturer's models illustrates the top retention design in a         “role over” like fold that retains the top side of the pistol         holster.

8. FIG. 1E

-   -   DEFINITION: Overall perspective drawing of a thermoplastic         holster with non-mechanical retention-and-release thumb security         feature along with a friction engaged trigger guard lock         security feature, that can be heated and molded to any gun         manufacturer's models illustrates the top retention design in a         “pigtail role” like fold that retains the top side of the pistol         holster.

9. FIG. 1A-101

-   -   DEFINITION: FIG. 1A-101, 1A-102, 1A-103, 1A-104 Front layer of         thermoplastic, for non-mechanical thumb retention-and-release         security feature, along with friction trigger guard lock         security feature, for a gun holster heated and molded to any gun         manufacturer's model illustrating firearm in holster.

10. FIG. 1B-201

-   -   DEFINITION: FIG. 1B-201, 1B-202, 1B-203, 1B-204 Front layer of         thermoplastic, for non-mechanical thumb retention-and-release         security feature, along with friction trigger guard lock         security feature, for a gun holster heated and molded to any gun         manufacturer's models illustrating holster without firearm.

11. FIG. 3A-701

-   -   DEFINITION: Front layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature, along with         friction trigger guard lock security feature, for a gun holster         heated and molded to any gun manufacturer's models illustrating         the front layer of the holster body.

12. FIG. 4A-801

-   -   DEFINITION: Front layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature, along with         friction trigger guard lock security feature, for a gun holster         heated and molded to any gun manufacturer's models illustrating         a view as worn from the front and showing the front body of the         holster.

13. FIG. 5A-901

-   -   DEFINITION: Front layer of thermoplastic or similar material,         for nonmechanical thumb retention-and-release security feature,         along with friction trigger guard lock security feature, for a         gun holster heated and molded to any gun manufacturer's models         illustrating a view as worn from the back and showing the front         body of the holster.

14. FIG. 6-1001

-   -   DEFINITION: Front layer of thermoplastic for non-mechanical         thumb retention-and-release security feature, along with         friction trigger guard lock security feature, for a gun holster         heated and molded to any gun manufacturer's models illustrates         the top view of the holster as worn showing the front body of         the holster

15. FIG. 7-1101

-   -   DEFINITION: Front layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature, along with         friction trigger guard lock security feature, for a gun holster         heated and molded to any gun manufacturer's models illustrates         the bottom view of the holster as worn showing the front body of         the holster.

16. FIG. 1A-102

-   -   DEFINITION: Middle layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature gun holster. This         middle layer acts as a spacer between the weapon and the         non-mechanical thumb retention-and-release security feature, so         that there's enough pliability in the back layer of plastic to         easily switch from retention to release, or locked to unlocked         illustrates the holster with firearm and shows the middle layer         of the holster.

17. FIG. 1B-202

-   -   DEFINITION: Middle layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature gun holster. This         middle layer acts as a spacer between the weapon and the         non-mechanical thumb retention-and-release security feature, so         that there's enough pliability in the back layer of plastic to         easily switch from retention to release, or locked to unlocked         illustrates the holster without firearm and shows the middle         layer of the holster.

18. FIG. 5A-902

-   -   DEFINITION: Middle layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature gun holster. This         middle layer acts as a spacer between the weapon and the         non-mechanical thumb retention-and-release security feature, so         that there's enough pliability in the back layer of plastic to         easily switch from retention to release, or locked to unlocked.         Illustrates back view of holster as worn and shows middle layer         of holster.

19. FIG. 6A-1002

-   -   DEFINITION: Middle layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature gun holster. This         middle layer acts as a spacer between the weapon and the         non-mechanical thumb retention-and-release security feature, so         that there's enough pliability in the back layer of plastic to         easily switch from retention to release, or locked to unlocked.         Illustrates top view of holster as worn and shows the middle         layer of holster.

20. FIG. 7A-1102

-   -   DEFINITION: Middle layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature gun holster. This         middle layer acts as a spacer between the weapon and the         non-mechanical thumb retention-and-release security feature, so         that there's enough pliability in the back layer of plastic to         easily switch from retention to release, or locked to unlocked.         Illustrates the bottom view of the holster as worn and shows the         middle layer of holster.

21. FIG. 1A-103

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates holster with firearm and shows front         side of holster that is part of the layer that provides the         retention/release feature.

22. FIG. 1B-203

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a this holster. Illustrates the holster without a firearm and         shows the front side of the holster that is part of the layer         that provides the retention/release feature.

23. FIG. 2A-603

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates the holster from the backside showing         the layer that provides the retention/release feature.

24. FIG. 3A-703

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates the holster from the front side         showing the layer that provides the retention/release feature.

25. FIG. 5A-903

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates the holster from the backview as worn         and show the layer that provides the retention/release feature.

26. FIG. 4A-803

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates the holster from the front view as         worn and show the layer that provides the retention/release         feature.

27. FIG. 6A-1003

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrates the top of the holster as worn and         identifies the back layer of the Kydex to which the thumb         release is attached.

28. FIG. 7A-1103

-   -   DEFINITION: Back layer of thermoplastic, for non-mechanical         thumb retention-and-release security feature for gun holster.         The back layer of plastic is the embodiment of the         non-mechanical thumb retention-and-release security feature for         a gun holster. Illustrating the bottom of the holster as worn         and identifies the back layer of the Kydex to which the thumb         release is attached.

29. FIG. 1A-104

-   -   DEFINITION: Illustrates front side with gun. Non-mechanical         thumb retention-and-release security feature with pistol         holstered. This thumb security feature is built into the holster         and is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603, FIG.         3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG.         7A-1103. This security feature fits over the back end of a gun.         This security feature is non-mechanical by design, and the gun         owner pushes the thumb retention-and-release over the back end         of the gun toward the body and simultaneously extracts the gun         with a pulling motion.

30. FIG. 1B-204

-   -   DEFINITION: Illustrates front side non-mechanical thumb         retention-and-release security feature for this holster without         gun. This thumb security feature is built into the holster and         is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603, FIG. 3A-703,         FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG. 7A-1103. This         security feature fits over the back end of a gun. This security         feature is non-mechanical by design, and the gun owner pushes         the thumb retention-and-release over the back end of the gun         toward the body and simultaneously extracts the gun with a         pulling motion.

31. FIG. 1C-304

-   -   DEFINITION: Illustrates front side of non-mechanical thumb         retention-and-release security feature for this holster with         hightail roll design. This thumb security feature is built into         the holster and is a part of FIG. 1A-103, FIG. 1B-203, FIG.         2A-603, FIG. 3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and         FIG. 7A-1103. This security feature fits over the back end of a         gun. This security feature is non-mechanical by design, and the         gun owner pushes the thumb retention-and-release over the back         end of the gun toward the body and simultaneously extracts the         gun with a pulling motion.

32. FIG. 1D-404

-   -   DEFINITION: Illustrates front side non-mechanical thumb         retention-and-release security feature for this holster with         rollover design. This thumb security feature is built into the         holster and is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603,         FIG. 3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG.         7A-1103. This security feature fits over the back end of a gun.         This security feature is non-mechanical by design, and the gun         owner pushes the thumb retention-and-release over the back end         of the gun toward the body and simultaneously extracts the gun         with a pulling motion.

33. FIG. 1-E504

-   -   DEFINITION: Illustrates front side non-mechanical thumb         retention-and-release security feature for this holster with         pigtail design. This thumb security feature is built into the         holster and is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603,         FIG. 3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG.         7A-1103. This security feature fits over the back end of a gun.         This security feature is non-mechanical by design, and the gun         owner pushes the thumb retention-and-release over the back end         of the gun toward the body and simultaneously extracts the gun         with a pulling motion.

34. FIG. 2A-604

-   -   DEFINITION: Illustrates back side view of non-mechanical thumb         retention-and-release security feature for this holster. This         thumb security feature is built into the holster and is a part         of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603, FIG. 3A-703, FIG. 5         703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG. 7A-1103.         This security feature fits over the back end of a gun. This         security feature is non-mechanical by design, and the gun owner         pushes the thumb retention-and-release over the back end of the         gun toward the body and simultaneously extracts the gun with a         pulling motion.

35. FIG. 3A-704

-   -   DEFINITION: Illustrates front side view of non-mechanical thumb         retention-and-release security feature for this holster. This         thumb security feature is built into the holster and is a part         of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603, FIG. 3A-703, FIG.         4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG. 7A-1103. This         security feature fits over the back end of a gun. This security         feature is non-mechanical by design, and the gun owner pushes         the thumb retention-and-release over the back end of the gun         toward the body and simultaneously extracts the gun with a         pulling motion.

36. FIG. 4A-804

-   -   DEFINITION: Illustrates side view of non-mechanical thumb         retention-and-release security feature for this holster. This         thumb security feature is built into the holster and is a part         of FIG. 1A-103, FIG. 18-203, FIG. 2A-603, FIG. 3A-703, FIG.         5+QJ, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG. 7A-1103.         This security feature fits over the back end of a gun. This         security feature is non-mechanical by design, and the gun owner         pushes the thumb retention-and-release over the back end of the         gun and simultaneously extracts the gun with a pulling motion.

37. FIG. 5A-904

-   -   DEFINITION: Illustrates side view of non-mechanical thumb         retention-and-release security feature for this holster. This         thumb security feature is built into the holster and is a part         of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603, FIG. 3A-703, FIG.         4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG. 7A-1103. This         security feature fits over the back end of a gun. This security         feature is non-mechanical by design, and the gun owner pushes         the thumb retention-and-release over the back end of the gun         toward the body and simultaneously extracts the gun with a         pulling motion.

38. FIG. 6A-1004

-   -   DEFINITION: Illustrates view of top side as worn of         non-mechanical thumb retention-and-release security feature for         this holster. This thumb security feature is built into the         holster and is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603,         FIG. 3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG.         7A-1103. This security feature fits over the back end of a gun.         This security feature is non-mechanical by design, and the gun         owner pushes the thumb retention-and-release over the back end         of the gun toward the body and simultaneously extracts the gun         with a pulling motion.

39. FIG. 7A-1104

-   -   DEFINITION: Illustrates view of bottom side as worn of         non-mechanical thumb retention-and-release security feature for         this holster. This thumb security feature is built into the         holster and is a part of FIG. 1A-103, FIG. 1B-203, FIG. 2A-603,         FIG. 3A-703, FIG. 4A-803, FIG. 5A-903, FIG. 6A-1003, and FIG.         7A-1103. This security feature fits over the back end of a gun.         This security feature is non-mechanical by design, and the gun         owner pushes the thumb retention-and-release over the back end         of the gun toward the body and simultaneously extracts the gun         with a pulling motion.

40. Detailed Description of Beltloops

All figures listed on this page show customized belt loops attached to each holster.

41. FIG. 1A-105/106

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

42. FIG. 1B-205/206

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

43. FIG. 2A-605/606

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

44. FIG. 5A-906

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

45. FIG. 4A-805

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

46. FIG. 6A-1006/1005

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

47. FIG. 7A-1106/1105

-   -   DEFINITION: (2) Plastic belt loops, heated, folded, and         contoured to any belt size then attached to the body of the         holster.

48. Eyelets and Placement

49. FIG. 1B-207

-   -   DEFINITION: Illustrates front view without gun. This is an         example of eyelets that are arranged for functionality and         aesthetic design. The eyelets hold the three layers of plastic         together and properly set retention so that the three layers of         the holster can work harmoniously and accomplish the goal of         properly retaining and releasing a gun. The eyelets also connect         the belt loops to the body of the holster and complete the         overall functionality and design. The eyelets may vary greatly         in position and arrangement, in order to achieve desired         functionality and be aesthetically pleasing designs.

50. FIG. 3A-707

-   -   DEFINITION: Illustrates front view as worn. This is an example         of eyelets that are arranged for functionality and aesthetic         design. The eyelets hold the three layers of plastic together         and properly set retention so that the three layers of the         holster can work harmoniously and accomplish the goal of         properly retaining and releasing a gun. The eyelets also connect         the belt loops to the body of the holster and complete the         overall functionality and design. The eyelets may vary greatly         in position and arrangement, in order to achieve desired         functionality and be aesthetically pleasing designs.

51. FIG. 2A-607

-   -   DEFINITION: Illustrates back view of belt loop eyelets as worn.         This is an example of eyelets that are arranged for         functionality and aesthetic design. The eyelets hold the three         layers of plastic together and properly set retention so that         the three layers of the holster can work harmoniously and         accomplish the goal of properly retaining and releasing a gun.         The eyelets also connect the belt loops to the body of the         holster and complete the overall functionality and design. The         eyelets may vary greatly in position and arrangement, in order         to achieve desired functionality and be aesthetically pleasing         designs.

52. FIG. 5A-907

-   -   DEFINITION: Illustrates back view of belt loop eyelets as worn.         This is an example of eyelets that are arranged for         functionality and aesthetic design. The eyelets hold the three         layers of plastic together and properly set retention so that         the three layers of the holster can work harmoniously and         accomplish the goal of properly retaining and releasing a gun.         The eyelets also connect the belt loops to the body of the         holster and complete the overall functionality and design. The         eyelets may vary greatly in position and arrangement, in order         to achieve desired functionality and be aesthetically pleasing         designs.

53. FIG. 4A-807

-   -   DEFINITION: Illustrates front view as worn. This is an example         of eyelets that are arranged for functionality and aesthetic         design. The eyelets hold the three layers of plastic together         and properly set retention so that the three layers of the         holster can work harmoniously and accomplish the goal of         properly retaining and releasing a gun. The eyelets also connect         the belt loops to the body of the holster and complete the         overall functionality and design. The eyelets may vary greatly         in position and arrangement, in order to achieve desired         functionality and be aesthetically pleasing designs.

54. FIG. 7A-1107

-   -   DEFINITION: Illustrates bottom view as worn. This is an example         of eyelets that are arranged for functionality and aesthetic         design. The eyelets hold the three layers of plastic together         and properly set retention so that the three layers of the         holster can work harmoniously and accomplish the goal of         properly retaining and releasing a gun. The eyelets also connect         the belt loops to the body of the holster and complete the         overall functionality and design. The eyelets may vary greatly         in position and arrangement, in order to achieve desired         functionality and be aesthetically pleasing designs.

55. Detailed Description of Thumb Retention & Release Mechanism

56. FIG. 1C-304

-   -   DEFINITION: This Illustrates the “hightail roll” design of the         non-mechanical thumb retention-and-release security feature for         a gun holster designed for, but not limited to, any gun that is         hammerless or includes a hammer.

57. FIG. 1D-404

-   -   DEFINITION: This illustrates the “rollover” design of the         non-mechanical thumb retention-and-release security feature for         a gun holster designed for, but not limited to, any gun that is         hammerless or includes a hammer.

58. FIG. 1D-504

-   -   DEFINITION: This illustrates the “pigtail” design of the         non-mechanical thumb retention-and-release security feature for         a gun holster designed for, but not limited to, any gun that is         hammerless or includes a hammer. 

1. Non-Mechanical thumb retention-and-release security holster is a tactical moldable holster with a security feature consisting of a non-mechanical double retention locking system with a built in thumb retention-and release security feature along with a non-mechanical friction engaged trigger guard locking safety feature that molds to the firearm.
 2. The said holster of claim 1 features a unique design to prevent accidental or unauthorized extraction of a weapon from the said holster.
 3. The unique design of said holster of claim 2 features a non-mechanical thumb retention-and-release feature further securing a firearm preventing accidental extractions or unauthorized extractions by a third party.
 4. The said holster of claim 3 features a friction engaged trigger guard locking security feature consisting of no mechanical or moving parts and molds to the firearm for this security feature. The molding of the thermoplastic in and around the trigger guard of the gun, produces a memory form of said trigger guard. The friction of said gun passing through the memory form of said thermoplastic will create a locking fit of said trigger guard and securely hold the gun without mechanical parts.
 5. The material of said holster of claim 4 is made with a moldable thermoplastic material or any other equivalent type of moldable material allowing each type of firearm to have a customized security fit inside the said holster.
 6. Included in the thermoplastic moldable custom design of the said holster in claim 5 allows for each type of firearm to have the dual retention locking system.
 7. The custom safety feature of claim 6 includes a non-mechanical thumb retention-and-release feature incorporated into each said holster allowing for the optimal security and safety of the firearm.
 8. The said holster of claim 7 is constructed with a thermoplastic type material or any other equivalent moldable type material allowing the said holster to be molded to any firearm with the safety feature build into each said holster comprised of a non-mechanical thumb retention-and-release for each said holster and type of firearm.
 9. The said holster of claim 8 constructed of a moldable thermoplastic material incorporates a non-mechanical trigger guard locking system which is built into the said holster thus providing a dual locking system.
 10. The moldable thermoplastic holster of claim 9 with the built in thumb retention-and-release system along with the trigger guard safety feature allows the gun to be released by the owner due to the motion and direction of the action that can only be taken by the owner due to the positioning of these security features both of which consist of no moving parts and are molded to the firearm for optimal security.
 11. The thumb retention-and-release feature and trigger guard system of claim 10 incorporates a double retention security feature with a nonmechanical locking system which molds to the firearm body locking the weapon in place providing double security.
 12. The moldable thermoplastic holster of all above claims differs from the other safety features for thermoplastic holsters due to no mechanical or moving parts incorporated into this moldable design therefore making the said holster unique further incorporating safety into this design by double locking the retention point into the body of the said holster preventing accidental or unauthorized extractions of a person's firearm with this said designed holster. 